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Search Strategies for Composite Higgs Models at LHC run II
Search Strategies for Composite Higgs Models at LHC run II
Composite Higgs Models provide an attractive extension of the Standard Model which solves the hierarchy problem and predicts new resonances at the TeV scale which can be observed at the LHC run II. In most composite models, the new resonances include colored top/light quarks partner states. In this talk, we present results on several new search strategies for such heavy vector-like quark partners at the early stages of the LHC run-II. In particular, we show that identifying tops, Z and W bosons, and higgses with very high momenta are the key to heavy quark partner searches and how jet-substructure techniques can maximize the sensitivity to such signatures.
Composite Higgs Models provide an attractive extension of the Standard Model which solves the hierarchy problem and predicts new resonances at the TeV scale which can be observed at the LHC run II. In most composite models, the new resonances include colored top/light quarks partner states. In this talk, we present results on several new search strategies for such heavy vector-like quark partners at the early stages of the LHC run-II. In particular, we show that identifying tops, Z and W bosons, and higgses with very high momenta are the key to heavy quark partner searches and how jet-substructure techniques can maximize the sensitivity to such signatures.
May 14 at 4pm in Geo/Phys 407
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